This course introduces students to the basic structure of the atom and the nature of matter. Emphasis is placed on the general properties of matter, measurements and calculations, the periodic law, chemical bonding, chemical reactions, formulas, and equations. Additional topics include quantum mechanics, nomenclature, gas laws, stoichiometry, and acids and bases. Laboratory exercises will stress the development of experimental skills and scientific method as well as reinforce the chemical concepts taught in class. Clear written communication, as well as data collection and analysis, is an integral component of the lab section of this course.
Prerequisite: Algebra II (completed or concurrent) and Physical Science (completed). Text: Modern Chemistry (Rinehart, Winston, and Holt).
Honors Chemistry (Grades 10, 11)
This course is an accelerated version of regular chemistry. This class is offered to advanced students who have displayed a strong talent for and an interest in science. Honors Chemistry follows the same schedule as Chemistry. Homework assignments include coursework taken from the SAT II review books. Preparation for the SAT II will be a major component of each topic covered in the class.
Prerequisite: Completion of Algebra II or concurrent enrollment in Honors Algebra II.
AP Chemistry (Grades 11, 12)
Designed to be the equivalent of a first year college course, AP Chemistry is the study of atoms and molecules and how they interact according to physical laws. Applicable to everyday life, the five major areas of study, asoutlined by the College Board are: the structure of matter; states of matter; reactions; descriptive chemistry; and chemical calculations. A limited amount of time is devoted to nuclear chemistry and the basic concepts of organic chemistry. Laboratory investigation is emphasized and is an integral part of the AP Chemistry program. Please check the SPECIAL NOTE above regarding morning classes.
Prerequisite: Students must have received a grade of B+ or better in a Chemistry course and Algebra II or receive departmental recommendation; students must take the AP exam to receive course credit
This course introduces students to the basic structure of the atom and the nature of matter. Emphasis is placed on the general properties of matter, measurements and calculations, the periodic law, chemical bonding, chemical reactions, formulas, and equations. Additional topics include quantum mechanics, nomenclature, gas laws, stoichiometry, and acids and bases. Laboratory exercises will stress the development of experimental skills and scientific method as well as reinforce the chemical concepts taught in class. Clear written communication, as well as data collection and analysis, is an integral component of the lab section of this course.
Prerequisite: Algebra II (completed or concurrent) and Physical Science (completed). Text: Modern Chemistry (Rinehart, Winston, and Holt).
Honors Chemistry (Grades 10, 11)
This course is an accelerated version of regular chemistry. This class is offered to advanced students who have displayed a strong talent for and an interest in science. Honors Chemistry follows the same schedule as Chemistry. Homework assignments include coursework taken from the SAT II review books. Preparation for the SAT II will be a major component of each topic covered in the class.
Prerequisite: Completion of Algebra II or concurrent enrollment in Honors Algebra II.
AP Chemistry (Grades 11, 12)
Designed to be the equivalent of a first year college course, AP Chemistry is the study of atoms and molecules and how they interact according to physical laws. Applicable to everyday life, the five major areas of study, asoutlined by the College Board are: the structure of matter; states of matter; reactions; descriptive chemistry; and chemical calculations. A limited amount of time is devoted to nuclear chemistry and the basic concepts of organic chemistry. Laboratory investigation is emphasized and is an integral part of the AP Chemistry program. Please check the SPECIAL NOTE above regarding morning classes.
Prerequisite: Students must have received a grade of B+ or better in a Chemistry course and Algebra II or receive departmental recommendation; students must take the AP exam to receive course credit